Nikita Sunil
About Nikita Sunil
Nikita Sunil is a Project Engineer specializing in Low Carbon Solutions at ExxonMobil and a Process Engineer at Wood, with a background in Chemical Engineering from the University of Virginia.
Current Role at ExxonMobil
Nikita Sunil has been serving as a Project Engineer for Low Carbon Solutions at ExxonMobil since 2021. In this role, she is actively engaged in projects that aim to reduce carbon emissions, significantly contributing to the company’s sustainability efforts. Her duties include developing renewable fuels technologies and focusing on innovative solutions to advance energy transition.
Work Experience at Wood
Since 2017, Nikita Sunil has been working as a Process Engineer at Wood. Her responsibilities involve conducting detailed process design and optimization studies. These studies are crucial for assessing capital investments, ensuring that projects are economically viable and technically sound.
Previous Role at Amec Foster Wheeler
In 2017, Nikita Sunil briefly worked at Amec Foster Wheeler as a Process Engineer. Although her tenure was short, she gained valuable experience in process engineering, which she later applied to her subsequent roles in the industry.
Education and Chemical Engineering Degree
Nikita Sunil earned a Bachelor of Science degree in Chemical Engineering from the University of Virginia, completing her studies from 2013 to 2017. Her academic background in chemical engineering laid a robust foundation for her future roles in process engineering and low carbon solutions.
Involvement in Energy Transition Initiatives
Nikita Sunil is actively involved in various energy transition initiatives, emphasizing the development of renewable fuels technologies. She works on projects that aim to decrease reliance on fossil fuels and promote sustainable energy solutions.
Expertise in Carbon Capture Technology
Nikita Sunil’s expertise extends to modeling and designing Amine-based carbon capture technology for high-emission sources. Her technical skills are vital in developing methods to capture and reduce carbon dioxide emissions, contributing to environmental conservation efforts.